NSF PR 97-27 - March 28, 1997
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NSF Announces New Computer Partnerships
The National Science Board today chose two awardees
for the National Science Foundation's new Partnerships
for Advanced Computational Infrastructure program.
The National Computational Science Alliance (NCSA)
-- led by the University of Illinois at Urbana-Champaign
-- and the National Partnership for Advanced Computational
Infrastructure (NPACI) -- led by the University of
California, San Diego -- have been chosen for awards.
"This new program will enable the United States to
stay at the leading edge of computational science,
producing the best science and engineering in all
fields," said Paul Young, senior advisor to NSF's
directorate of Computer and Information Science and
Engineering. "And staying at the forefront in academia
allows industry to quickly follow."
"The quality of the proposals we received from NCSA
and NPACI represent a breadth of vision beyond what
we had even hoped for," Young said. "The proposals
expanded the roles and impact of the leading edge
sites. The partnerships will maintain the country's
lead in computational science. They will further the
use of computers in all disciplines of research and
offer new educational opportunities for people ranging
from kindergartners through PhD's."
The National Computational Science Alliance, under
the leadership of Larry Smarr, lays out a vision for
a distributed environment whose goal is to prototype
a national information infrastructure that enables
the best computational research in the country. The
Alliance is organized into four major groups: Application
Technologies Teams that drive technology development;
Enabling Technologies Teams that convert
computer science research into usable tools and infrastructure;
Regional Partners with advanced and
mid-level computing resources that help distribute
the technology to sites throughout the U.S.; and Education,
Outreach, and Training Teams that will educate
and promote the use of the technology to various sectors
of society. In addition, the leading-edge site at
the University of Illinois (Champaign-Urbana) will
support a variety of high-end machines and architectures
which will enable high-end computation for scientists
and engineers across the country.
The National Partnership for Advanced Computational
Infrastructure proposal, under the leadership of Sid
Karin, includes a national-scale metacomputing environment
with diverse hardware and several high-end sites.
In addition to supporting the computational needs
of high end scientists and engineers across the country
via a variety of leading edge machines and architectures
at the University of California San Diego, NPACI will
foster the transfer of technologies and tools developed
by applications and computer scientists for use by
these high end users. A major focus will include data-intensive
computing, digital libraries and large data set manipulation
across many disciplines including engineering and
the social sciences, and supported by many partners
around the country. Outreach is focused in California
and Texas, which represent 20% of the nation's K-12
students.
Additionally, educational efforts will extend across
both partnerships. Led by Roscoe Giles of Boston University
and Richard Tapia of Rice University, programs will
focus on students at all levels providing access to
facilities, tools, training and curricula. The efforts
will reach out to non-traditional high performance
computing communities such as museums and libraries
and social scientists and will also have a particular
aim at increasing the participation of women and minorities
in computing. Educational efforts will be evaluated
by the National Institute for Science Education.
The two partnerships complement each other to create
a strong national program, Young said.
Funding for Cornell Theory Center and Pittsburgh Supercomputing
Center, two current NSF centers, will be phased out
over a period of up to two years.
The NSF supercomputer centers program began in 1985,
and currently consists of four centers: National Center
for Supercomputing Applications at University of Illinois
at Urbana-Champaign, San Diego Supercomputer Center,
Pittsburgh Supercomputing Center and Cornell Theory
Center. In December, 1995, following a task force
review of the program, the National Science Board
recommended restructuring support for a new program,
Partnerships for Advanced Computational Infrastructure.
Pre-proposals were due in April, 1996 and final proposals
were due by September, 1996. From the six final proposals,
NSF officials and panels of scientists conducted four
site visits beginning in October, 1996. A final summary
panel met in late December of 1996 to make final recommendations
to the Foundation.
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